Instead of building my router, i decided on an enterprise grade router for home use. I decided on the Omada system. I specifically bought the “Omada ER707-M2” since it was on sale on amazon. It has all the features i currently need 2.5gig wan, 2.5gig lan and the ability to do vlans and such. I do not have any other omada devices… yet. I am currently using the cloud agent to manage my device – this may change though.
I’ve decided to migrate my website from a my local home server to a commercial site.
Normally you need 2 things to host a simple website. These 2 things usually have subscription plans associated with them.
A hosting site to “house” your web presence.
A domain name.
After purchasing this from Stacksocial. I get lifetime hosting for $20. I still pay for the “macjoey.com” domain name. There are limitations when hosting the website some where else, usually what applications can be installed on the hosting site. These are some of the apps that can be installed.
After I migrated the web, i still needed access to my network. So i have new ddns name. “macjoey.ddns.net”. This is from No-ip.com (free).
After running an overkill 40gig network home router (T5810 server, Pfsense (OS), 40gig network cards) – which was stable, I decided to a smaller box to become my home router.
Opnsense (OS)
SFF HP EliteDesk
16gigs ram
i5-7500 (4 cpus)
500gb ssd
DELL Intel X520-DA2 10Gb SFP+ network card
Wiitek 10G SFP+ to RJ45 Copper Module
Wall (RG56) > RG56 to 2.5gig (RG45) > Wiltek adapter and the other SFP+ goes to the switch for input. Everything is working as it should.
One problem i had is that the DELL Intel X520-DA2 10Gb SFP+, didn’t recognize the Wiltek 2.5gig adapter. I had to flash the firmware of the Dell x520 card to accept it.
Well I wanted to add more space for VMs, so i decided to do a rebuild of my (Dell T7810, 2X Intel Xeon E5-2690 v4, 128G) Proxmox server because there was a perceived problem. I have a pciex card that houses a sata drive and an Nvme drive combo. Email reports says that there was something wrong with the sata drive, but the system functioned anyway. Another reason for the upgrade was due to a major Proxmox version update from 8 to 9. Sometimes i just like fresh builds of things. Currently i have only 4vms that i need.
JellyFin server – Windows 2025 with gpu passthrough of an Intel Arc 380 card – this was in second slot of my Dell T7810 server. Library points to unraid fileserver via SMB/CIFS.
A management server running tailsacle to allow connection remotely.
A pxe server – Windows 2025 – used for imaging on my network.. at least booting to isos.
A website running WordPress/Linux for this blog – Ubuntu Server.
First step was to backup all my vm’ss to an unraid share that i created – this was easy to do using fstab. I did a manual export this time and will eventually make backups automatic.
I decided to use a sata port on the motherboard to be my boot/Proxmox install… 500gig ssd was used. I then added a PCIE card that would allow 4 nvme’s – so a total of 8tb. I have to use the 2nd slot for all drives to work (main gpu slot). 1st slot was used for my 40gig network card. 3rd slot was just a pciex1 connection.4th slot has the arc 380 card, no space left lol.
After setting up the new Proxmox build, i remounted the unraid share and restored my vms. I did have to reconfigure them a bit…but easy enough. One exception was my jellyfin server…it took forever to get my gpu pass thru working gain. I would recommend reading this article. https://forum.proxmox.com/threads/pci-passthrough-arc-a380-into-vm.146964/
Everything appears to be working now.. so i’ll put it back in the rack and adjust my port forwards!
Well i’ve decided to update my router for home use…. i was using using a Ubiquiti Networks Edgerouter Lite-3 which worked great – but since I updated my upload/download speeds to 2Ggig/2Gig internet, I wanted to get the full throughput into my house. The lite-3 was only limited to 1gig up and down…. this is what I ended up with:
Dell Dell T7810 server with Intel(R) Xeon(R) CPU E5-2680 v3 @ 2.50GHzCurrent: 2500 MHz, Max: 2501 MHz 24 CPUs: 1 package(s) x 12 core(s) x 2 hardware threads
2x 2port 40gig cards. (used for unraid and proxmox server) Mellanox MCX354A-FCBT ConnectX-3 FDR Infiniband + 40GigE Adapter
1gig port for guest wireless network (built in motherboard)
This is all running on PFSense, it did take a while (2 to 3 months) to get everything configured, but it’s stable for now.
Using Iperf server on the pfsense box… i’m able to get close to 40gig “theoretical” from my unraid and proxmox servers. I haven’t seen any performance problems with the router at this point.
I’m currently running 2 wireless mesh networks, an Eero 6E and Tplink-AC, and 1 wireless-6 guest network. All 3 are just access points connected to the router.
Above is the final setup.. minus cable mess… i added a plexiglass pad to the carpeted area to be able to move the server rack…Top: Dell t7810 is my router,middle: Dell t7810 proxmox server, bottom 2 is part of my unraid nas – using a consumer motherboard/cpu/ram.
i was stuck behind the 8, had to make the 4. Couldn’t masse or jump.. fast tables and nice rails works wonders. Needless to say, we didn’t with the round. We where playing doubles nine ball…. sorry no 9 ball in the diagram.
After much research, i decided on the Rog Ally Z1 (non extreme). A lot of other handhelds where in the running, but most where out of my price range or not “local” to our region. Everybody seems to hate the low powered Z1, but it kind of fit what i wanted to do with it. Emulation with ps3 and switch appears to be in reach on the far end of the spectrum, but space is kind of needed now. The things i need… Rog, nvme adapter, 2tb ssd, and heat sink. The purpose of this mod was to have more space (default 512gb) and protection to the new SSD (gets hot in there).
Taking apart the Rog was relatively easy, just finding the right tool was the hardest.. making sure i don’t strip any “heads”. Below is the picture of it taken apart and 512gb ssd removed and be quiet mc1 heatsink. For the 2tb nvme, I went pcie4 and WD Black sn770. I chose that drive due to thermal properties (it won’t get too hot). It’s kind of middle ground speeds of PCIE4 Nvme’s. I could have probably used a PCie3 nvme – without a heat sink, to help with the heat problem, but i decided to go with the mc1 addition.
I purchased the nvme adapter which basically converts the ssd in to a right angle. The old 512gb nvme was beside the left fan (on the right hand side).
After everything was installed, i did have to modify the case a bit – basically a little cutting of the back of the case to make sure it would close. Nothing too serious. Since the mod is done, I’ve noticed my SSD temps are 34c @ idle – using crystaldisk – though i didn’t know what it was before. More testing during actual load is needed. I like the “DO NOT DISASSEMBLE Stephanie” sticker 😉